摘要：Introduction The Internet of Things is a new intriguing phenomenon that has made many researchers involved in academics and industry context. Here, real-world physical and virtual things become connected to the Internet. Because of the heterogeneous and distributed nature of things, it is difficult for them to integrate and interact with one another because they add more things to the Internet (Raiwani, 2013). The main drawback of Internet of things (IoT) is lack of integrity in things' description, and adding another platform makes this drawback even more acute. Consequently focus is on providing of platform; an abstract layer that accepts existing platforms. Focus relies on rich modeling standards (Smith, 2004). Therefore, devising a basis and common language for systems and the architecture of IoT is a must. In this context, these models and standards need to be proposed and developed in various industrial and service enterprises and be adapted to their characteristics and requirements in a sense that in addition to incorporating the main concepts in the basic models of the IoT, like "existence", "resource", "service", and sometimes "device," other concepts are consistent within the specific requirements of the enterprises. Accordingly, this proposed model can be considered as the basis for the implementation of the Internet of objects in industry and service. For this purpose, digital libraries are no exception, where in order to take advantage of the benefits of information networking in the context of the IoT and their implementation, providing data models consistent with the service functions of these enterprises become essential. Scientific information exchange and information networking are among the important services provided through the digital libraries, where by adopting IoT becomes efficient and automated. Scientific information exchange is to facilitate communication among researchers at different points of digital library, and it constitutes the basis for scientific development. By adopting IoT in scientific information exchange system, the digital library facilitates access to scientific information, improves the quality of information exchange, and ultimately facilitates the exchange of data among digital libraries, the same true for users in an automated sense with no need for interpersonal involvement. The IoT can be regarded as an automated information network where all entities are capable of producing, transferring, and sharing their data. Applying such information networking in the digital library will result in automation, in addition to enhancing the quality of services.
